Examples of flash.swf.MovieEncoder

flash.swf.MovieEncoder
Encode movies by traversing them and calling the taghandler with each tag of interest. This class encapsulates knowlege about how the flash player executes. In particular, the order of execution of initActions and frame actions. @author Edwin Smith

        // some other object that can accept an OutputStream in its constructor. The point is
        // to eliminate the extra buffers, and just always write directly to the intended target.
        // - mikemo
        final boolean useCompression = configuration.getCompilerConfiguration().useCompression();
        TagEncoder encoder = configuration.generateSizeReport() ? new TagEncoderReporter() : new TagEncoder();
        new MovieEncoder(encoder).export(movie, useCompression);
        encoder.writeTo(out);
        generateSizeReport(configuration, movie, encoder);


        if (ThreadLocalToolkit.getBenchmark() != null)
        {

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        // some other object that can accept an OutputStream in its constructor. The point is
        // to eliminate the extra buffers, and just always write directly to the intended target.
        // - mikemo
        final boolean useCompression = configuration.getCompilerConfiguration().useCompression();
        TagEncoder encoder = configuration.generateSizeReport() ? new TagEncoderReporter() : new TagEncoder();        
        new MovieEncoder(encoder).export(movie, useCompression);
        encoder.writeTo(out);
        generateSizeReport(configuration, movie, encoder);


        if (ThreadLocalToolkit.getBenchmark() != null)
        {

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    if (lib == null || lib.data == null || lib.data.movie == null) return 0;
    
    try
    {
      TagEncoder handler = new TagEncoder();
      MovieEncoder encoder = new MovieEncoder(handler);
      encoder.export(lib.data.movie);
            
            //TODO PERFORMANCE: A lot of unnecessary recopying here
      ByteArrayOutputStream baos = new ByteArrayOutputStream();
      handler.writeTo(baos);

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        versions.setMinimumVersion(linkerConfiguration.getMinimumSupportedVersionString());
        
        // get SWF bytes
        ByteArrayOutputStream swfOut = new ByteArrayOutputStream();
        TagEncoder encoder = linkerConfiguration.generateSizeReport() ? new TagEncoderReporter() : new TagEncoder();
        new MovieEncoder(encoder).export(movie, true); // always compress library.swf
        encoder.writeTo(swfOut);
        generateSizeReport(linkerConfiguration, movie, encoder);


        swfOut.flush();
        byte[] swf = swfOut.toByteArray();

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          frame.addExport(asset);
        }
      }


      TagEncoder handler = new TagEncoder();
      MovieEncoder encoder = new MovieEncoder(handler);
      encoder.export(movie, true); // use compression


      // Hack: Nasty hard-coded knowledge that 'out' refers to the same file as 'file'
      writeU32(out, 0);
      out.flush();
      long before = file.getFilePointer();

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                flex2.tools.WebTierAPI.optimize(movie, configuration);


                    //TODO PERFORMANCE: A lot of unnecessary recopying and buffering here
                // encode
                TagEncoder handler = new TagEncoder();
                MovieEncoder encoder = new MovieEncoder(handler);
                encoder.export(movie, true);
                ByteArrayOutputStream out = new ByteArrayOutputStream();
                handler.writeTo(out);
                
                FileUtil.writeBinaryFile(output, out.toByteArray());
                System.out.println(output + " (" + outputFile.length() + " bytes)");

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        po3.setRef(sprite);
        po3.depth = depth;
        frame.controlTags.add(po3);


        TagEncoder tagEncoder = new TagEncoder();
        MovieEncoder movieEncoder = new MovieEncoder(tagEncoder);
        movieEncoder.export(movie);
        tagEncoder.writeTo(fout);


    }

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        // some other object that can accept an OutputStream in its constructor. The point is
        // to eliminate the extra buffers, and just always write directly to the intended target.
        // - mikemo
        final boolean useCompression = configuration.getCompilerConfiguration().useCompression();
        TagEncoder encoder = configuration.generateSizeReport() ? new TagEncoderReporter() : new TagEncoder();        
        new MovieEncoder(encoder).export(movie, useCompression);
        encoder.writeTo(out);
        generateSizeReport(configuration, movie, encoder);


        if (ThreadLocalToolkit.getBenchmark() != null)
        {

View Full Code Here

        // some other object that can accept an OutputStream in its constructor. The point is
        // to eliminate the extra buffers, and just always write directly to the intended target.
        // - mikemo
        final boolean useCompression = configuration.getCompilerConfiguration().useCompression();
        TagEncoder encoder = configuration.generateSizeReport() ? new TagEncoderReporter() : new TagEncoder();
        new MovieEncoder(encoder).export(movie, useCompression);
        encoder.writeTo(out);
        generateSizeReport(configuration, movie, encoder);


        if (ThreadLocalToolkit.getBenchmark() != null)
        {

View Full Code Here


        long time = System.currentTimeMillis();


        // encode the movie with the product info (compilation time)
        TagEncoder te = new TagEncoder();
        MovieEncoder me = new MovieEncoder(te);


        Movie movie = new Movie();
        movie.size = new Rect(100, 100);
        movie.frames = new ArrayList();
        movie.productInfo = new ProductInfo(time);
        me.export(movie);


        ByteArrayOutputStream bos = new ByteArrayOutputStream();
        te.writeTo(bos);


        // decode the movie and save the compilation time in the special handler

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